200-BA Optoelectronics

200-BA LED indication is an industry standard discrete LED indication that is used in a variety of applications such as traffic signals, warning systems, aeronautics, and industrial applications. The 200-BA is designed with a built-in resistor, meaning that when the LED is powered, it draws an exact amount of current to ensure a bright, consistent, and even light. This type of LED is often found in red, yellow, or green colors, and is available in a variety of sizes, shapes, and operating voltages.

The most common application for the 200-BA LED is in traffic signals. This type of LED has a long life span, is energy efficient, and does not require a significant amount of current to operate. Because the LED is so energy efficient, it can last up to one hundred thousand hours or more of continuous use. This is a major benefit for the operators of the traffic lights, as it reduces their overall energy costs significantly.

The working principle of the 200-BA LED is relatively simple. When the LED is powered, the current passes through its built-in resistor, and then across the LED’s terminals. This produces a voltage drop across the LED which causes it to emit visible light. The intensity of this light is determined by the amount of current that passes through the LED.

Additionally, the 200-BA LED is designed to be able to sustain its brightness even when subjected to rapid fluctuations in voltage, making it ideal for applications such as aviation, military, and industrial purposes. This type of LED is often combined with other types like the 200-OB and 200-CD to form opto-couplers and light-emitting diodes respectively.

The 200-BA is a versatile LED indication which has proven to be an efficient form of lighting for a variety of different applications. Its long life span, energy efficiency, and ability to withstand fluctuations in voltage make it a popular choice amongst professionals from many different fields. The 200-BA LED is also available in a variety of colors and shapes, allowing for further customization of the device.